TWM644267U - Support structure of electronic device - Google Patents

Abstract

The present invention is a support frame structure of an electronic device. The main structure of the support frame includes: a first support piece and a second support piece. The first side connection area is formed on each side, and the first special-shaped part is respectively provided in each first side connection area, and the second support member faces the first channel, and a second side butt joint area is formed on the opposite sides of the second support member, and each first side connection area The two-side docking areas and the first side connecting areas are in close contact with each other, so that each first special-shaped part is correspondingly superimposed on the predetermined position of each second-side butt-joint area, and each predetermined position is pressed into each first special-shaped part and deformed into a corresponding The special-shaped part is used to fit each corresponding special-shaped part into each first special-shaped part, so that each of the first side connection areas and each of the second side butt joint areas are riveted and fixed to each other.

Description

Support frame structure of electronic device

This creation is a support frame structure for electronic devices, specifically referring to the technology applied in the field of electronic products, such as display support frames. The main technology is to provide faster and firmer riveting processing and assembly of the internal components of the support frame The structural design is a very practical creation.

Electronic products represent the advancement of technology nowadays, especially the use of screens (hereinafter referred to as monitors) brings more entertainment effects to the public in visual feasts, and with the development of technology, the display and support In the conventional collocation mode between the stands, there are common support stands (the monitor does not have the function of raising and lowering, and can only adjust the pitch angle), and there is also a type that allows the support stand to have the function of raising and lowering the display (hereinafter referred to as the lifting support) frame), but no matter which type, the main structure of the support frame is the main factor that must be considered. Different main structure designs will affect the support function, component configuration and cost. For example, in the main structure of the lifting type support frame, it is necessary to plan out The vertical accommodation space is for a lifting mechanism to be installed therein and can be operated freely, so that the lifting type support frame pays more attention to the main structure design than the general type support frame.

Continue to enumerate the main structure of the conventional support frame, and its internal components have the following methods: (1) Stamping parts are matched with stamping parts, refer to element 11 of CN202901749U to match element 16, and element 4 of CN101858481B to match element 1; (2) For the matching of stampings and castings, refer to element 101 of CN203718312U for matching element 512, element 211 of CN209325343U, and element 2 of CN103292120B for matching element 1; Matching element 20 and element 14, wherein element 14 is replaced by aluminum extruded parts and the traditional plastic shell is omitted; (4) punching parts are matched with aluminum extruded parts, please refer to element 32, element 36 and element 31 of CN208703490U.

In general, the above-mentioned internal components are mainly metal components formed by two to three metal manufacturing processes (stamping, casting, extrusion), and finally locked by screws, so additional tapping and milling are required on the corresponding metal components. Knife drilling and other processing procedures are used for the screw to lock the metal component, and the screw head is flush with the surface of the metal component without being obtrusive, but there are also the following problems: 1. Additional processing and drilling are required, which increases the processing process; 2. .When the metal components are combined with each other, they must be locked with screws, which increases the number of processes and components; 3. Castings and aluminum extrusions will use a lot of metal materials, resulting in an increase in cost and total weight. If you want to reduce the use of materials, it will affect The strength of the structure; 4. The high price of metal materials, coupled with the trend of thinner and lighter displays, also affects the main structure design of the support frame. In view of this, in order to improve the above-mentioned problems of the conventional technology, the applicant intends to continuously develop and improve it, thus this creation is produced.

The main purpose of this creation is that when the internal components of the support frame adopt the mode of stamping parts and stamping parts, it can save materials, and it is easy to reduce the overall weight and volume. The main structure formed by the internal components can also ensure the structural strength; And on the main structure, special-shaped holes are used to match the structural design of stamping parts, which replaces the rivets required for riveting processing, reduces the process of forming special-shaped holes and riveting between components, and achieves the effect of fast riveting and fixing. It can also replace screws with screw holes. Helps to reduce the number of components, processing and assembly procedures, thereby improving the problems of the prior art.

Therefore, in order to achieve the above purpose and improve the known problems, the technical solution to realize the present invention is a support frame structure of an electronic device. The main structure of the support frame includes: a first support member, one side of which is concavely formed A first channel, and a first side connection area is respectively formed on the opposite sides of the first channel, and each of the first side connection areas is respectively provided with more than one first deformed part; and a The second support member faces the first channel, and forms a second side abutment area on opposite sides of the second support member, each of the second side abutment areas is connected to each of the first side connection areas respectively Adhere, so that each of the first deformed parts is correspondingly superimposed on the predetermined position of each of the second side docking areas, and each of the predetermined positions is pressed into each of the first deformed parts and deformed into a corresponding deformed part, so that each of the corresponding deformed parts Parts are embedded in each of the first deformed parts, so that each of the first side connection areas and each of the second side butt joint areas are riveted and fixed to each other.

In order to achieve the above purpose and improve the known problems, another technical solution to realize the present invention is also a support frame structure of an electronic device. The main structure of the support frame includes: a first support member, and its opposite sides A first side connection area is formed respectively; and a second support member, one side of which faces the first support member and is recessed to form a second channel, the opposite sides of the notch of the second channel are respectively formed A second side butt joint area, each of the second side butt joint areas is respectively provided with more than one second special-shaped portion, each of the second side butt joint areas and each of the first side connection areas are respectively attached to each other, so that Each of the second special-shaped parts is correspondingly superimposed on a predetermined position of each of the first side connection areas, and each of the predetermined positions is pressed into each of the second special-shaped parts and deformed into a corresponding special-shaped part, so that each corresponding special-shaped part is embedded fit in each of the second special-shaped portions, so that each of the first side connection areas and each of the second side butt joint areas are riveted and fixed to each other.

According to the above description, the advantage of this creation is that before the installation of the main structure of the support frame, the manufacturer/assembler only needs to process the special-shaped part (such as a special-shaped hole) at the front stamping part of one of the supports, and there is no need to process it. The other support piece is pre-processed, and then after the two support pieces are docked, they form a partial area superposition (the place where the special-shaped parts are superimposed), and then directly stamp the predetermined place of the other support piece. Utilize the structural deformation at the predetermined place and simultaneously fit into the special-shaped part (such as a special-shaped hole) to achieve the effect of fast riveting processing and fixation, and can limit the extrusion (overflow) direction of the stamping deformation, and then after riveting, each of the parts can be made The corresponding special-shaped part does not protrude from the outer surface of the main structure of the support frame. For the manufacturer/assembler, the combination is faster and part of the pre-processing process is omitted to speed up the production speed. In addition, it can reduce the increase in error rate; on the other hand, directly using one of the support structures to perform stamping and riveting with the other support can also save more metal processing procedures (tapping, milling, drilling, etc.) And the installation of additional parts (rivets or screws, etc.), thereby reducing the burden on the cost. The above-mentioned features really solve the problems produced in the prior art. It can be seen that this creation can be said to be a very practical and progressive creation. It is quite worthy of being promoted by the industry and made public to the public.

100: support frame

200: display

1: The second support

10: Second side docking area

101: Corresponding to the abnormal part

102: Second Alien Part

103: Second side docking area

104: second side docking area

105: wing plate

11: Second slot

12: guide cut

121: Guidance section

122: positioning segment

13: stop piece

131: Keyhole

14: The second long opening

141: side bump

15: Secondary perforation

151: Auxiliary side hole

2: The first support

20: First side connection area

201: The First Alien Department

202: Corresponding to the special-shaped part

203: the first side connection area

204: first side connection area

21: The first slot

22: perforation

221: side hole

23: longitudinal long hole

25: flat part

251: The first long opening

252: side bump

26: Card Insertion Department

261: Hook

262: contact part

263: Gap

27: guide ditch

271: Oblique guiding section

28:Positioning boss

29: limit bump

3: Support

30: The third side snap-in area

301: convex column

31: The third slot

32: Extension

321: Keyhole

33: Lifting mechanism

4: shell

41: Through hole

42: opening

5: screw

The first figure is an exploded perspective view of the first embodiment of the support frame structure of the present invention.

The second figure is a schematic cross-sectional view of the combination of the first figure.

The third figure is a schematic diagram of the longitudinal section after the combination of the first figure.

The fourth figure is a schematic diagram of the use state of the invention applied in the casing.

The fifth figure is a three-dimensional schematic diagram of the implementation of the main structure of the support frame of the invention with the supporting parts.

The sixth figure is an exploded perspective view of the fifth figure.

The seventh figure is a perspective view from another perspective of the sixth figure.

Figure 8 is a schematic cross-sectional view of line VIII-VIII in Figure 5.

Figure 9 is a schematic cross-sectional view of line IX-IX in Figure 5, where the first support member and the second support member are riveted to each other.

The tenth figure is the X-X line segment in the fourth figure, and the cross-sectional schematic diagram of the limit bump clamping the housing.

Fig. 11 is a schematic longitudinal sectional view of the second embodiment of the main structure of the support frame of the present invention.

The twelfth figure is an exploded three-dimensional schematic diagram of the third embodiment of the main structure of the support frame of the present invention.

The thirteenth figure is a schematic cross-sectional view of the combination of the twelfth figure.

Fig. 14 is a three-dimensional schematic diagram of the third embodiment of the combination of the second support member and the first support member of the present invention.

Fig. 15 is an exploded perspective view of Fig. 14 .

Figure 16 is a perspective schematic diagram of Figure 15 from another perspective.

Figure 17 is a schematic cross-sectional view of line XVII-XVII in Figure 14.

Figure 18 is a longitudinal sectional schematic view of the fourth embodiment of the main structure of the support frame of the present invention.

In order to clearly illustrate that this creation can achieve the above purpose and effect, the characteristics and effects of the embodiment of this creation are described in detail with illustrations. Please refer to Figures 1 to 10, the present invention is a support frame structure for supporting an electronic device (such as a display, not shown), wherein the main structure of the support frame 100 includes a first support member 2 and a The second support member 1; one side of the first support member 2 is recessed to form a first channel 21, and a first side connection area 20 is respectively formed on opposite sides of the first channel 21, each of the first channel 21 One side connecting area 20 is respectively provided with more than one first special-shaped portion 201; the second support member 1 faces the first channel 21, and forms a second side butt joint on opposite sides of the second support member 1 respectively Each of the second side butt joint areas 10 and each of the first side joint areas 20 are respectively attached to each other, so that each of the first special-shaped parts 201 is correspondingly superimposed on the predetermined position of each of the second side butt joint areas 10, and each The predetermined place is pressed into each of the first deformed parts 201 and deformed into a corresponding deformed part 101, so that each of the corresponding deformed parts 101 fits into each of the first deformed parts 201, thereby making each of the first side connection areas 20 and each of the second side abutting regions 10 are riveted and fixed to each other.

According to the above description, the main structure of the support frame 100 of the present invention is to punch out a special-shaped part on one of the support members, and then connect the other support member to form a local overlapping between the two support members. Punching the predetermined position of another support, using the structural deformation of the predetermined position and fitting it into the special-shaped part at the same time, can replace the rivet, achieve a fast riveting and fixing method, and can replace the traditional (screw) assembly process of locking the screw hole. In addition to reducing the overall weight, it can also save more costs, assembly time, production time, etc., and greatly improve the convenience of operation.

The main structure of the above-mentioned support frame 100 is the first embodiment of the present invention, wherein the second support member 1 is further recessed on one side to form a second channel 11, and the second channel 11 faces The first groove 21 makes the transverse sections of the second supporting member 1 and the first supporting member 2 have a “ㄇ” shape, so that the first supporting member 2 can be partially inserted into the second supporting member 1. In the channel 11, the first support member 2 and the second support member 1 can be butted against each other, and each second side butt joint area 10 and each first side connection area 20 are closely abutted against each other, and each The first special-shaped part 201 and the predetermined positions of the second side docking areas 10 are superimposed corresponding to each other, so that the first channel 21 and the second channel 11 are connected, and finally the second sides are butted. Predetermined positions of the zone 10 are punched, so that each predetermined position can be deformed into a corresponding special-shaped part 101 and embedded and engaged in each of the first special-shaped parts 201 for riveting.

According to the main structure of the support frame 100 of the present invention, an adapter module 200 is further included, and the adapter module 200 is respectively connected to an electronic device (such as a display, not shown) and a main structure of the support frame 100, as shown in the first As shown in Figures 4 to 10, the adapter module 200 further includes a support 3, one end of the support 3 is inserted into at least one notch 263 provided on the top of the main structure of the support frame 100, the support The other end of the part 3 is connected to other elements of the adapter module 200 (such as a rotating shaft or an adapter plate); The difference between the general type support frame and the lifting type support frame, when this creation is applied to the general type support frame, and then refer to the fifth to tenth figures, the support member 3 will be added to the main structure of the support frame 100 , its structural feature is that: the bottom surface of the supporting member 3 is recessed to form a third channel 31, and a third side clamping area 30 is respectively formed on the opposite sides of the third channel 31, each of the third side clamping The contact area 30 is respectively provided with more than one boss 301, and one end of the support member 3 forms an extension 32 along the third groove 31, and further includes two hooks on the top of the first support member 2. 261 and an abutment portion 262 located in the middle of each of the hooks 261, the at least one notch 263 is located between the abutment portion 262 and each of the hooks 261, each of the hooks 261 is the first support The tops of opposite sides of the member 2 (that is, the tops of each of the first side connecting regions 20), each of the hooks 261 is engaged with each of the protrusions 301, and the abutting portion 262 is inserted into the third groove 31 to abut against The support member 3; and a plurality of stop pieces 13 are further extended on the top of the second support member 1, and these stop pieces 13 are respectively bent from the top of the second support member 1 toward the second channel 11, so that each The stop piece 13 is suspended at one end of the second channel 11 close to each other but not connected, so that the extension 32 of the support 3 passes through the at least one gap 263 and is inserted into the second support 1 In the second groove 11, the extension part 32 and the stopper pieces 13 can be abutted against each other; thereby, the stopper pieces 13 and the abutting part 262 can respectively abut against the top surface of the support member 3 and bottom surface for added support and reduced gaps.

In the above, in order to facilitate the partial insertion of the support member 3 into the main structure of the support frame 100 and avoid the abutment portion 262 from obstructing the extension portion 32, a guide groove 27 is also formed on the edge of each hook 261, each The mouth of the guide groove 27 communicates with the at least one notch 263, and each of the guide grooves 27 has an oblique guiding section 271, so that after the extension 32 of the support member 3 passes through the at least one notch 263, the support Each of the protrusions 301 of the component 3 passes through the at least one notch 263 and touches the oblique guide section 271 of each guide groove 27, so that each of the protrusions 301 is guided along each of the oblique guide sections 271 and into each of the In the guide groove 27 to the location, let the extension 32 lean against the stop pieces 13; and in order to allow the support 3 to be fixed on the top of the main structure of the support frame 100 without separation, the extension of the support 3 A plurality of locking holes (321, 131) are provided at the corresponding positions between the portion 32 and each of the blocking pieces 13, and each locking hole of each of the blocking pieces 13 and the extension portion 32 of the supporting member 3 is locked with a plurality of screws 5 (131, 321).

And when this creation is applied to the lift-type support frame, the second embodiment adopted is shown in the eleventh figure, which is different from the first embodiment in that: the first support member 2 is in the first groove The inner wall of the groove of the channel 21 is further provided with a longitudinal long hole 23, the longitudinal long hole 23 runs through the first support member 2 and communicates with the first channel 21, and the support frame 100 further includes a lifting mechanism 33 , the lift Structure 33 then includes a pair of rails (not numbered), a pulley (not numbered) and a spring module (not numbered). The module is combined on the bottom of the trolley and connected to one of the side walls of the second channel 11. The pair of rails are arranged in the longitudinal channel formed by combining the first channel 21 with the second channel 11. Conventional Known technical solutions (see prior art CN107977045B, CN208703490U, CN209325343U), no more details here, the adapter module 200 is to pass the extension 32 of the support 3 through the longitudinal long hole 23 to combine with the elevating mechanism 33 Pulley, when adjusting the rise or fall of the display, the support member 3 can be stably lifted and lowered along the longitudinal slot 23, and the lifting mechanism 33 is limited in that the first channel 21 communicates with the second channel 11 Stable lifting operation in the longitudinal channel.

In the above-mentioned first and second embodiments, in order to increase the accuracy of each riveting, so that the main structure size of each support frame 100 is within the qualified range of quality inspection, the second support member 1 is in the second side butt joint area 10 and adjacent to the edge of the notch of the second channel 11 is further recessed with more than one guide notch 12, corresponding to the first side connection area 20 of the first support member 2 is provided with more than one positioning protrusion 28 for introducing And positioned in the guide notch 12; wherein, the guide notch 12 further includes a guide section 121 and a positioning section 122, the guide section 121 is adjacent to the notch of the second channel 11 and forms a gradual Convergent (similar to an inverted triangle), the positioning section 122 is adjacent to the convergent end of the guiding section 121 and extends toward the inside of the groove, allowing the positioning boss 28 to be introduced through the guiding section 121 and locked against the positioning section 122; in this way, before riveting, each of the first special-shaped parts 201 can be accurately and correspondingly superimposed on each of the predetermined positions, and it is also possible to prevent the up and down shaking between the second support member 1 and the first support member 2 , in addition, the combination of the guide notch 12 and the positioning boss 28 can provide the assembler to identify the direction of installation, and can be used for foolproofing, so as to facilitate subsequent stamping and riveting molding, as shown in the fifth and sixth figures.

Furthermore, please refer to the twelfth figure and the thirteenth figure, the main structure of the creative support frame 100 also has a third embodiment, which is a derivative variation of the first embodiment, and is characterized in that: the first The opposite sides of the support member 2 respectively form a first side connecting area 203; one side of the second support member 1 faces the first support member 2 and is recessed to form a second groove 11, the second groove The opposite sides of the notch of the channel 11 respectively form a second side butt joint area 103, and each of the second side butt joint areas 103 is respectively provided with more than one second special-shaped part 102, and each of the second side butt joint areas 103 and each of the first side connection areas 203 are respectively attached to each other, so that each of the second special-shaped parts 102 is correspondingly superimposed on the predetermined position of each of the first side connection areas 203, and each of the predetermined positions is pressed into each of the first side connection areas. The second special-shaped part 102 is deformed into a corresponding special-shaped part 202, so that each corresponding special-shaped part 202 is embedded in each of the second special-shaped parts 102, thereby making each of the first side connecting regions 203 and each of the second sides The side butt joint areas 103 are riveted and fixed to each other.

In the above-mentioned third embodiment, the first support member 2 is a plate whose cross section is in-line shape, and each of the second side butt joint areas 103 is correspondingly arranged in the groove of the second channel 11 The opposite sides of the mouth, and each of the second side abutment areas 103 is vertically extended and close to each other inwardly, so that the cross section of the second support member 1 is C-shaped, and each of the second special-shaped parts 102 and each of the corresponding special-shaped parts 202 are located on one side of the main structure of the support frame 100; in this way, after each of the first side connection areas 203 and each of the second side butt joint areas 103 are riveted and fixed to each other, the first support The part 2 can also cover the notch so that only the second channel 11 becomes a longitudinal channel. Compared with the above-mentioned first embodiment, the riveting process is concentrated on one side of the main structure of the support frame 100, which helps Apply and reduce the overall volume.

Also in order to increase the accuracy of riveting each time, please refer to the fourteenth figure to the seventeenth figure, and the first support member 2 further includes a flat plate part 25 and a flat plate part 25 at one end. The card insertion part 26, the first side connection area 203 is respectively provided on the opposite sides of the flat plate part 25, and a first groove 21 is formed indented on one side of the card insertion part 26, and a first groove 21 is formed in the first groove. The opposite sides of 21 are respectively shaped A first side connection area 204 is formed, so that the flat plate portion 25 of the first support member 2 is a sheet-shaped body with a straight cross section, and the card insertion portion 26 maintains the same structural features as the first and second embodiments ( The cross section is ㄇ-shaped), so that each of the first side connection areas 203 and each of the first side connection areas 204 extends in different directions, so that a step difference is formed between the flat plate portion 25 and the card insertion portion 26 , and then allow the card insertion portion 26 to be partially inserted into the second channel 11 of the second support member 1 with each of the first side connection areas 204 to position, so that the first support member 2 and the second support member 1 butted against each other, and the first channel 21 is in communication with the second channel 11, at this time, each of the first side connecting regions 204 respectively abuts against a second side formed by the opposite sides of the second channel 11 docking area 104, and each of the first side connecting areas 203 of the flat plate portion 25 is respectively attached to each of the second side docking areas 103, so that each of the second special-shaped portions 102 can be accurately correspondingly stacked on each of the predetermined place.

In the above-mentioned third embodiment, the top of the first support member 2 (that is, at the card insertion portion 26) also has a structural design of a hook 261 and an abutting portion 262, and each of the hooks 261 is located on each of the first The side connection area 204, the abutting portion 262 is located in the body of the card insertion portion 26 between each of the first side connection areas 204, and can also be inserted into the second groove of the second support member 1 at the extension portion 32 of the support member 3 11, each of the protrusions 301 of the supporting member 3 is guided along each of the oblique guide sections 271 of the card insertion portion 26 to adjust the insertion angle of the extension portion 32, and then continuously guide into each of the guide grooves 27. When it is positioned, let the extension part 32 abut against the blocking pieces 13 , and finally lock and fix it through the screws 5 .

And each of the second side abutment areas 103 of the second support member 1 is further divided into a plurality of wing plates 105 arranged longitudinally on the opposite sides of the notch of the second channel 11, wherein the wings of one row Plate 105 and these wing plates 105 of other rows are mutually symmetrically arranged, and these wing plates 105 of each row are grouped with every two corresponding wing plates, and the two wing plates 105 of each group extend vertically and are tied toward close to each other but not in contact, so that each of the first side connecting regions 203 of the first support member 2 is attached to each of the wing plates 105 (let each of the second special-shaped parts 102 overlap with each of the predetermined positions) ), and the spacing between each group of two wing plates 105 is the same but narrower than the second groove The distance between the opposite sides of the notch of the road 11 (as shown in Figures 14 to 17), confirms the forming tolerance of the second support member 1 by inspecting the distance between the two wing plates 105 of each group, which also helps Reduce process.

And in the main structure of the support frame 100 of this invention, there is a fourth embodiment, which continues the basis of the above-mentioned third embodiment, and matches the technical means of the above-mentioned second embodiment, please refer to the eighteenth figure, that is, in the first The support member 2 or the flat plate portion 25 is further provided with a longitudinal long hole 23, and the longitudinal long hole 23 runs through the first support member 2 or the flat plate portion 25 to directly communicate with the second channel 11 or the first groove. Road 21, the support member 3 of the adapter module is passed through the longitudinal long hole 23 to combine the pulley (not numbered) of the lifting mechanism 33 in the support frame 100, and one end of the spring module (not numbered) is fixedly connected to One side wall surface of the second channel 11 can provide elastic force to resist the weight of the display 200 and can freely stagnate after the lifting adjustment along with the lifting and lowering of the trolley, so that the supporting member 3 can be moved along the longitudinal length. Hole 23 is stable lifting, and the pulley of this lifting mechanism 33 is then limited to stable lifting operation between a pair of rails (not labeled in figure) in this longitudinal passage.

Continue to describe the common points of the four embodiments, please refer to the sixth and ninth figures, the first special-shaped part 201 or the second special-shaped part 102 is a special-shaped hole, and the structural design of the special-shaped hole is to strengthen the The firmness (with tensile and shear strength) after the second support member 1 and the first support member 2 are butted and combined, and make each of the corresponding special-shaped parts (101, 202) fit in each of the special-shaped holes, and can Restrict the extrusion (burst) direction of stamping deformation, so that each corresponding special-shaped part (101, 202) does not protrude from the outer surface of the main structure of the support frame 100, for example, in the first and second embodiments above, the first Each of the first side connection areas 20 of the support member 2 is further longitudinally arranged with a plurality of special-shaped holes (first special-shaped portion 201), and each of the special-shaped holes is a circular perforation 22 and at least one side hole around the perforation 22 221 (although three side holes 221 are mainly shown in the figure, but it is not limited to this, it can also be one or more side holes connected around the through hole 22), the at least one side hole 221 will pass through the first The support member 2 is connected with the through hole 22, and the hole diameter of the at least one side hole 221 will be smaller than the hole diameter of the through hole 22, and the setting of the at least one side hole 221 is mainly provided in the process of riveting. When the predetermined positions of each of the second side abutting regions 10 of the two support members 1 are punched and protrude toward the perforation 22 , each of the predetermined positions of the second support member 1 is punched and formed according to the shape of the perforation 22 , the flash generated during stamping can also be squeezed into the at least one side hole 221 to increase the contact point and area between each of the corresponding special-shaped parts 101 and each of the first special-shaped parts 201, so that the combination can be strengthened The relationship between the first supporting member 2 and the second supporting member 1 is avoided from shaking. And when this technique is applied to the above third and fourth embodiments, each of the second side abutment areas 103 of the second support member 1 is further longitudinally arranged with a plurality of special-shaped holes (second special-shaped parts 102), and when When each of the second side butt joint areas 103 is divided into a plurality of wing plates 105, each wing plate 105 is provided with a special-shaped hole (second special-shaped portion 102), and each of the special-shaped holes is a circular secondary perforation 15 (same as Aforesaid perforation 22 purposes) and at least one secondary side hole 151 (with the purpose of aforementioned side hole 221) around this secondary perforation 15, each secondary perforation 15 can be connected with adjacent secondary side hole 151, and each of the first The predetermined positions of the side connection areas 203 are punched, so that each predetermined position is pressed and deformed by force and squeezed into the secondary perforation 15 and at least one secondary side hole 151 around it to form the respective fitting of the corresponding special-shaped parts 202 The second special-shaped part 102 is used to rivet and fix the two supports, thereby replacing traditional metal workpieces such as rivets and screws. Please refer to the fifteenth figure, and refer to the ninth figure for assistance.

In the above-mentioned embodiments, in order to facilitate the arrangement of wires such as electric wires through the support frame 100, the present creation is further provided with a first long opening 251 on the first support member 2, and a first long opening 251 on the second support member 1. The second long opening 14; wherein, in order to allow the assembler/manufacturer to judge whether the size of the parts after manufacture is correct, a plurality of side projections 252 are arranged longitudinally on the opposite side edges of the first long opening 251, respectively, These side protrusions 252 of each row are grouped with every two corresponding side protrusions, and the spacing between the two side protrusions 252 of each group is the same, so if each group of two sides of the same horizontal height When the distance between each side protrusion 252 is different from other groups, it means that the manufacturing tolerance of the first long opening 251 exceeds the specification (for example, the opening is skewed), and even the overall structure of the second supporting member 1 will be affected. specifications, dimensions; another On the other hand, it is also applied to the second long opening 14. The opposite side edges of the second long opening 14 are respectively longitudinally arranged with a plurality of side protrusions 141, and each row of these side protrusions 141 is based on two Corresponding side projections are grouped, and the distance between the two side projections 141 of each group is the same. In order to be correct and the same, it is said that through the setting of this method, it can get a better product yield rate, and can immediately eliminate defective products to avoid the increase of product defect rate.

In the above, since the main structure of the support frame 100 of this invention is an internal component, in order to beautify the overall appearance, please refer to the fourth, fifth, eighth to tenth figures, and a shell 4 is further socketed. The shell 4 covers the outer periphery of the second supporting member 1 and the first supporting member 2 after being docked and combined, and the outer surface of the first supporting member 2 is further raised with at least one limiting protrusion 29, and the at least one limiting The protrusion 29 is in a square shape, and the at least one limiting protrusion 29 is clamped on the inner wall of the housing 4, which can reduce the possibility of shaking when the housing 4 is assembled with the main structure of the creative support frame 100. Please refer to the As shown in Figure 4; wherein the peripheral surface of the casing 4 is provided with a through hole 41, and the openings at opposite ends of the through hole 41 are respectively corresponding to the first long opening 251 and the second long opening 14, The size of the through hole 41 is slightly smaller than the first elongated hole 251 and the second elongated hole 14, so that the opposite side shell walls of each end opening of the through hole 41 respectively cover the side projections of each row. (252,141); and the support frame 100 has a length, in addition to reducing the gap between the main body structure and the inner wall of the housing 4 through the at least one limit projection 29, these side projections (252,141) can also be slightly The width tends to the inner wall surface of the housing 4, so that the side protrusions (252, 141) match the at least one limiting protrusion 29, and the housing 4 and the main structure of the support frame 100 are easily engaged with each other; wherein the housing 4. An opening 42 (as shown in FIG. 10 ) is provided on the top, and the opening 42 is set corresponding to the at least one notch 263 for inserting the support member 3 .

The above is only used to explain the preferred embodiment of this creation, and it is not intended to limit this creation in any form. Any modification or change of the creation, if it is another form that can be implemented and has the same effect, should still be included in the scope of protection of this creation intention.

100: support frame

1: The second support

10: Second side docking area

11: Second slot

12: guide cut

121: Guidance section

122: positioning segment

2: The first support

20: First side connection area

201: The First Alien Department

21: The first slot

22: perforation

221: side hole

28:Positioning boss

29: limit bump

Claims (20)

A support frame structure for an electronic device, the main structure of the support frame includes: a first support member, one side of which is concaved to form a first channel, and a first channel is formed on opposite sides of the first channel. One side connection area, each of the first side connection areas is respectively provided with more than one first deformed part; and a second support member, which faces the first channel, and is respectively on the opposite sides of the second support member A second side butt joint area is formed, each of the second side butt joint areas and each of the first side joint areas are respectively attached to each other, so that each of the first deformed parts is correspondingly superimposed on a predetermined position of each of the second side butt joint areas, Each of the predetermined places is pressed into each of the first deformed parts and deformed into a corresponding deformed part, so that each of the corresponding deformed parts fits in each of the first deformed parts, thereby making each of the first side connection areas and each of the The second side butt joint areas are riveted and fixed to each other. The supporting frame structure of the electronic device as described in Claim 1, wherein the second supporting member forms a second channel indented on one side thereof and faces the first channel, so that the second supporting member and the first channel A cross-section of a support is ㄇ-shaped, and the first support is partially inserted into the second channel, so that the second support and the first support are mutually butted, so that the first groove The channel communicates with the second channel. The supporting frame structure of the electronic device according to claim 1, wherein each of the first special-shaped portions is a special-shaped hole, and each of the first side connecting regions is further arranged with a plurality of special-shaped holes in the longitudinal direction. The supporting frame structure of the electronic device according to claim 1 or 3, wherein the first deformed part is a circular perforation and at least one side hole around it, and the at least one side hole runs through the first support member, And the at least one side hole is connected with the through hole, and the hole diameter of the at least one side hole is smaller than the hole diameter of the through hole. The support frame structure of the electronic device according to claim 2, wherein the second support member is further recessed with more than one guide cut at the second side abutting area and adjacent to the notch edge of the second channel Corresponding to the first side connection area of the first supporting member, there are more than one positioning protrusions for introduction and positioning in the guide cutout. The support frame structure of the electronic device as described in claim 5, wherein the guide notch further includes a guide section and a positioning section, the guide section adjoins the notch of the second slot and gradually converges toward the inside of the slot The positioning section is adjacent to the converging end of the guiding section and extends toward the inner direction of the groove, so that the positioning post can be introduced through the guiding section and stuck against the positioning section. A support frame structure of an electronic device, the main structure of the support frame includes: a first support member, the opposite sides of which respectively form a first side connection area; and a second support member, one side of which faces the The first support member is recessed to form a second channel, and the opposite sides of the notch of the second channel respectively form a second side butt joint area, and each of the second side butt joint areas is respectively provided with more than one The second special-shaped part, each of the second side butt joint areas is respectively attached to each of the first side connection areas, so that each of the second special-shaped parts is correspondingly superimposed on the predetermined position of each of the first side connection areas, Each of the predetermined positions is pressed into each of the second special-shaped parts and deformed into corresponding special-shaped parts, so that each of the corresponding special-shaped parts fits in each of the second special-shaped parts, thereby making each of the first side connection areas and Each of the second side butt joint areas is riveted and fixed to each other. The supporting frame structure of the electronic device as described in claim 7, wherein the first supporting member further includes a flat plate portion and a card insertion portion located at one end of the flat plate portion, and the first In the side connecting area, one side of the card inserting part is recessed to form a first channel, and a first side connecting area is formed on the opposite two sides of the first channel, so that the flat plate part of the first support member The cross-sections of the card-inserting part are in-line and ㄇ-shaped respectively, the card-inserting part is partially inserted into the second groove of the second support member, and each of the first side connecting areas is opposed to the second groove A second side abutment area formed on both sides makes the first channel communicate with the second channel. The supporting frame structure of the electronic device as claimed in claim 7, wherein the second side abutment area is further divided into a plurality of wing plates arranged longitudinally on the opposite sides of the second channel notch, each row of the These wing plates are grouped with every two corresponding wing plates for the first side connection area of the first support member to lean against, and the distance between the two wing plates of each group is the same but narrower than the second channel The spacing between the opposite sides of the notch. The support frame structure of an electronic device as claimed in Claim 7, wherein each of the second special-shaped portions is a special-shaped hole, and each of the second side abutting regions is further arranged with a plurality of special-shaped holes in the longitudinal direction. The support frame structure of the electronic device according to claim 7, wherein the second deformed part is a circular secondary through hole and at least one secondary side hole around it, and the at least one secondary side hole is through the second support and the at least one secondary side hole is connected to the secondary through hole, and the hole diameter of the at least one secondary side hole is smaller than the hole diameter of the secondary through hole. The support frame structure of the electronic device as described in claim 1 or 7, wherein a first long opening is further provided on the first supporting member, and a plurality of longitudinally arranged on the opposite side edges of the first long opening respectively The side protrusions, the side protrusions in each row are grouped with two corresponding side protrusions, and the distance between the protrusions on both sides of each group is the same. The supporting frame structure of the electronic device according to claim 12, wherein the main structure of the supporting frame is further fitted with a casing, and the outer surface of the first supporting member is further raised with at least one limiting protrusion, and the at least one limiting The position protrusion is clamped on the inner wall of the housing; wherein a through hole is provided on the peripheral surface of the housing, the opening of the through hole corresponds to the first long opening, and the size of the through hole is slightly smaller than the first long opening. Holes are opened so that the shell walls on opposite sides of the opening of the through hole respectively cover the rows of the side projections, and the side projections are matched with the at least one limit projection so that the shell and the main body of the support frame The structures are clamped with each other; wherein the top of the shell is provided with an opening, and the top of the main structure of the support frame is provided with at least one notch, and the at least one notch is set corresponding to the opening for insertion of a supporting member. The supporting frame structure of the electronic device as described in claim 1 or 7, wherein a second long opening is further provided on the second supporting member, and a plurality of longitudinally arranged on the opposite side edges of the second long opening respectively The side protrusions, the side protrusions in each row are grouped with two corresponding side protrusions, and the distance between the protrusions on both sides of each group is the same. The supporting frame structure of the electronic device according to claim 14, wherein the main structure of the supporting frame is further fitted with a housing, and the outer surface of the second supporting member is further raised with at least one limiting protrusion, and the at least one limiting The position protrusion is clamped on the inner wall of the housing; wherein the peripheral surface of the housing is provided with a through hole, the opening of the through hole corresponds to the second long opening, and the size of the through hole is slightly smaller than the second long opening. Holes are opened so that the shell walls on opposite sides of the opening of the through hole respectively cover the rows of the side projections, and the side projections are matched with the at least one limit projection so that the shell and the main body of the support frame The structures are clamped with each other; wherein the top of the shell is provided with an opening, and the top of the main structure of the support frame is provided with at least one notch, and the at least one notch is set corresponding to the opening for insertion of a supporting member. The supporting frame structure of the electronic device as described in claim 1 or 7 further includes an adapter module, which is respectively connected to an electronic device and the main structure of the supporting frame; wherein the adapter module is further It further includes a supporting piece, the top of the main structure of the supporting frame is provided with at least one gap for inserting one end of the supporting piece; the bottom surface of the supporting piece is recessed to form a third channel, and the A third side clamping area is formed on opposite sides, each of the third side clamping areas is respectively provided with more than one protrusion, and the top of the first support member further includes two hooks and an abutting portion, The abutting portion and the at least one notch are located between each of the hooks, each of the hooks is engaged with each of the protrusions, and the abutting portion is inserted into the third groove to abut against the supporting member. The supporting frame structure of the electronic device according to claim 16, wherein the edges of each of the hooks respectively form a guide groove, and the mouth of each guide groove communicates with the at least one gap, and each of the guide grooves has an oblique guide A guide section is used for each of the protrusions to be introduced into each of the guide grooves along each of the oblique guide sections to be positioned. The support frame structure of the electronic device as claimed in claim 16, wherein the end of the support member forms an extension along the third channel, and a plurality of stop pieces are further extended on the top of the second support member, The blocking pieces are suspended at one end of the second slot for the extension part to pass through the at least one gap and be inserted into the second slot to abut against. The supporting frame structure of the electronic device as described in claim 18, wherein a plurality of lock holes are provided at the corresponding positions of the extension part and each of the stopper pieces, and a plurality of screws are used to lock each of the stopper pieces and the extension part each keyhole. The support frame structure of the electronic device as described in Claim 2 or 8 further includes an adapter module, which connects an electronic device and the main structure of the support frame respectively; wherein the first support member is further A longitudinal long hole is opened, and the longitudinal long hole is connected to the first channel or the second channel; wherein the adapter module further includes a support, and the support frame further includes a lifting mechanism, the The supporting piece passes through the longitudinal slot to combine with the lifting mechanism.

Images